Sensitivity on anomalous neutral triple gauge couplings via

We study the sensitivity of anomalous neutral triple gauge couplings (aNTGC) via $$pp \rightarrow ZZ$$ production in the 4$$\ell $$ channel at 100 TeV center of mass energy of future circular hadron collider, FCC-hh. The analysis including the realistic detector effects is performed in the mode where both Z bosons decay into same-flavor, oppositely charged lepton pairs. The sensitivities to the charge–parity (CP)-conserving couplings $$C_{{\tilde{B}}W} / \Lambda ^{4}$$ and CP-violating couplings $$C_{WW} / \Lambda ^{4}$$, $$C_{BW} / \Lambda ^{4}$$ and $$C_{BB} / \Lambda ^{4}$$ obtained at 95% Confidence Level using the invariant mass distribution of the 4$$\ell $$ system reconstructing the leading and sub-leading Z boson candidates are $$[-\,0.09, \,\, +\,0.09]$$, $$[-\,0.21, \,\, +\,0.21]$$, $$[-\,0.26, \,\, +\,0.26]$$, and $$[-\,0.10, \,\, +\,0.10]$$ in units of $$\hbox {TeV}^{-4}$$, respectively